Scientists report a new slippery material with superior light-induced charge regeneration capability, enabling photocontrol of droplets in various working scenarios.
Aug 26th, 2022
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This study demonstrates a way to change the rotational direction and occurrence of domain wall pairs. This suggests a potential route for controlling domain walls' properties and movement. The results could have implications for technologies based on spintronics.
Aug 26th, 2022
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New research reveals differences in pH, and more, about these previously mysterious environments.
Aug 25th, 2022
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New approach leverages artificial intelligence to augment automated experiments.
Aug 25th, 2022
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Researchers have produced materials that can absorb comparable levels of sunlight as conventional silicon solar cells, but with 10,000 times lower thickness.
Aug 25th, 2022
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New green-light absorbing photodetectors could be useful for medical sensors, fingerprint recognition and more.
Aug 25th, 2022
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Researchers have developed a novel nanoengineered granular hydrogel bioink that makes use of self-assembling nanoparticles and hydrogel microparticles, or microgels, to achieve previously unattained levels of porosity, shape fidelity and cell integration.
Aug 25th, 2022
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Physicists have now been able to understand for the first time how the topological properties of multilayer WTe2 systems can be changed systematically by means of studies under a scanning tunneling microscope.
Aug 25th, 2022
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Physicists have managed to entangle more than a dozen photons efficiently and in a defined way. They are thus creating a basis for a new type of quantum computer.
Aug 25th, 2022
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Researchers reveal structure and function of a complex micro machine.
Aug 25th, 2022
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This work could lead to more precise biomedical devices for cardiac disease studies, drug testing and regenerative medicine.
Aug 24th, 2022
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The work hinges on a novel, reconfigurable alternative to integrated circuits.
Aug 24th, 2022
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Researchers have uncovered a brand new way of sculpting ultra-cold atoms into different shapes using laser light.
Aug 24th, 2022
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Scientists have solved the whodunit of cryptic overtone signals in an analysis of molybdenum diselenide, an atomically thin crystal lattice with desirable properties unique from its bulkier three-dimensional form.
Aug 24th, 2022
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This study not only provides an in-situ approach to producing biological nanomaterials, but also offers a sustainable route for high-efficiency extraction of aqueous uranium.
Aug 24th, 2022
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Researchers have developed a new smart material with high-efficiency and durable photo-induced charge regeneration capability, enabling light control of droplets with superior performances and reliability.
Aug 24th, 2022
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